Nitronic: Novel sustainable fertiliser technology – Pre-seed raise

Opportunity for

• Pre-seed investors, ideally with connections or a keen interest in the fertiliser, chemical manufacturing or agrifood space, to support in the commercialisation of a novel sustainable fertiliser technology.
  ^This opportunity is only for professional and sophisticated investors.
• Chemical manufacturing and engineering experts to partner. 

Opportunity description

Industry challenge:

Nitronic tackles the urgent challenge of nitrogen fertilizers, which feeds half the world's population but contribute significantly to global greenhouse gas emissions. In response, Nitronic pioneers a revolutionary zero-emission process for fertilizer manufacturing, aiming to mitigate the environmental impact inherent in conventional methods.

Their innovative solutions represent a significant stride toward sustainable agriculture, offering modular fertiliser manufacturing units that reduce the carbon footprint of fertiliser transport and empower farmers. This shift towards locally-produced, zero-emission fertilisers aligns with the growing global demand for eco-conscious agricultural practices, tapping into a sizable market while also delinking the cost of fertilisers from commodity prices.

Current opportunity:

Nitronic is currently running a pre-seed capital raise and is seeking investors and strategic partners who can support them in commercialising their novel technology.

Nitronic is also interested in seeking interest from individuals that have experience in the chemical manufacturing and engineering sectors to potentially collaborate or partner.

Nitronic have garnered significant interest from various venture capital investors. Furthermore, noteworthy support for Nitronic's technology has been expressed through letters of endorsement from major players in the fertiliser manufacturing industry. This engagement from both investors and established industry entities reflects a collective interest in fostering the development and success of Nitronic's innovative approach.

*To find out more about this opportunity you can send us an enquiry via the "Enquire now" button

Opportunity background:

Nitronic's technology represents a notable advancement beyond traditional ammonia production. It possesses the capability to generate fertilizers in one or two steps, depending on the specific requirements. The simplicity of the technology underscores its potential for modular and scalable production. A key advantage lies in its ability to produce final fertiliser products closer to end-users, resulting in reduced transportation costs and lowered carbon footprints.

Crucially, Nitronic's technology eliminates the need for energy-intensive hydrogen production and circumvents the high temperatures and pressures typically associated with fertiliser manufacturing. This not only simplifies engineering requirements but also significantly reduces capital costs. The technology's compatibility with renewable energy sources is particularly advantageous, as it can operate intermittently. Overall, Nitronic's innovative approach promises a substantial impact on production efficiency, presenting a more environmentally friendly and cost-effective solution for fertiliser manufacturing.

Potential Other Applications:

Nitronic is actively conducting research in the sustainable production of ammonium nitrate, a crucial component with dual significance. This advancement serves as a vital input for fertiliser applications, contributing to environmentally sustainable agricultural practices. Additionally, ammonium nitrate is recognized as a key ingredient in the mining industry, further amplifying the significance of Nitronic's research. The dual-purpose nature of this development highlights its potential to address both agricultural and industrial needs, aligning with a broader commitment to sustainable and versatile solutions in these sectors. Nitronic's efforts underscore the importance of technological innovations that can positively impact multiple industries by providing essential resources in an eco-friendly manner.